Marcus Hicks

@marcushicks.bsky.social

PhD student at QMUL and UCL CBER working on seasonality in Amazonian butterflies Oostra group

Please share: Full-time PhD position on Butterfly Evolution at High Elevations 🦋⛰️ The project aims to understand the evolution and adaptation of Andean white butterflies using genomics. DEADLINE: September 11, 2026 More info: pavelmatos.wordpress.com/join-us/

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Opportunities Below are the positions currently open in our lab. Open PhD position (full time) Comparative and Population Genomics of Butterflies at High Elevations. The project aims to understand …

pavelmatos.wordpress.com

🚨 New preprint alert 🚨 I’m excited to share our study presenting a non-invasive method for sexing sea turtle hatchlings via DNA methylation - the culmination of many years of work! Huge thanks to our fantastic co-authors, whose dedication made this possible doi.org/10.64898/202...

DNA methylation reveals evolved buffering responses to climate-driven sex ratio skew in sea turtles

Species with temperature-dependent sex determination (TSD), including all sea turtles which produce females at warmer temperatures, face projections of demographic collapse under climate-driven sex ra...

doi.org

Whole Genome Sequencing Will Transform Our Understanding of Life. The Earth BioGenome Project is using cutting-edge tech like long-read sequencing to map the DNA of 1.8 million organisms. Researchers anticipate major discoveries in evolution and medicine.

Mass-Scale Genome Sequencing Will Change Our Understanding of Life

The Earth BioGenome Project aims to sequence 1.8 million species. It's one of the most ambitious science projects ever, and it will revolutionize biology

spectrum.ieee.org

Tempo and mode of winter diapause evolution in butterflies doi.org/10.1093/evle... Now in @EvolLetters by Sridhar Halali, Etka Yapar, Christopher W Wheat, Niklas Wahlberg, Karl Gotthard, Nicolas Chazot, Sören Nylin, and Philipp Lehmann

Tempo and mode of winter diapause evolution in butterflies

Abstract. Quantifying the tempo and mode via modern phylogenetic comparative methods can provide key insights into how selection and constraints shape trai

doi.org